Senior Tooling Engineer

Milwaukee Electronics Corporation; Milwaukee (WI); On-site; USD 90,000 - 130,000; Full time

Job summary

Milwaukee Electronics Corporation is seeking a Senior Tooling Development Engineer to lead end-to-end tooling design for fixtures and jigs across PCB assembly, box-build, and test processes. You will design in SolidWorks and fabricate in-house using CNC, manual machines, and 3D printing.

This role requires close collaboration with NPI, Manufacturing, and Test Engineering to optimize workflow. You will own technical decisions, iterate designs with prototyping, and ensure robust, user-friendly

Qualifications

• Bachelor's or higher in Mechanical/Manufacturing Engineering or related field; 5+ years tooling design/fabrication.
• 8+ years if using associate degree route; or 12+ years hands-on portfolio for senior-level.
• Demonstrated ability to own tooling projects end-to-end and defend technical decisions.

Responsibilities

• Design fixtures, pallets, jigs, and custom tooling in SolidWorks.
• Fabricate tooling components in-house using CNC and manual machines.
• Commission and validate tooling on the production floor with operators.
• Maintain documentation and revisions per control practices.
• Collaborate with NPI, Test, and Manufacturing Engineering on tooling needs.

Skills

Creative problem solving

Hands-on

SolidWorks

CNC programming

GD&T

3D printing

Education

Bachelor's/Master's in Mechanical/Manufacturing Engineering

Equivalent hands-on experience

Tools

SolidWorks

CAM software

CNC milling

3D printers

Job description

Job Description

Job Description

Join Milwaukee Electronics – 70 Years of Innovation & Excellence

At Milwaukee Electronics, acceleration isn't just what we do; it's how we grow. As an electronics manufacturing services provider with more than 70 years of innovation, we partner with customers to turn ideas into reality. We invest in our people through learning, advancement, and a culture that truly cares. If you're looking for meaningful work, strong teamwork, and room to go beyond, you'll feel at home here. We operate as One Team, Take Ownership, Seek to Serve, and Go Beyond to deliver quality, operational excellence, and scalable manufacturing solutions in a fast-paced, technology-driven environment.

Summary

The Senior Tooling Development Engineer is responsible for the end-to-end design, fabrication, and commissioning of fixtures, pallets, jigs, and custom tooling used across all manufacturing, assembly, and test processes at our Milwaukee EMS facility. Operating as a team of one, this role partners with New Product Introduction (NPI), Manufacturing Engineering, Test Engineering, and Program Management to identify tooling needs, scope work, and deliver solutions that directly improve manufacturing efficiency, quality, and capacity. This is a uniquely hands-on role that combines mechanical design with direct in-house fabrication. The Senior Tooling Development Engineer designs tooling in SolidWorks and fabricates it in-house using CNC and manual machine tools, sheet metal equipment, 3D printers, and a full complement of fabrication tools. Where most roles conclude at drawing release, this role extends through fabrication, build, and validation on the shop floor. Total design ownership belongs to this position: surrounding teams provide input, but the Senior Tooling Development Technician makes the final technical call. This role reports to the Engineering Manager.

Essential Duties And Responsibilities

The essential functions of this position include, but are not limited to, the following:

Technical Ownership & Decision-Making

• Serve as the senior technical voice on tooling design and fabrication at the Milwaukee facility, representing tooling in cross-functional discussions with engineering, operations, quality, and program leadership.
• Own assigned tooling projects end-to-end — from intake and scoping through design, fabrication, commissioning, and post-release support.
• Make final technical decisions on tooling design, weighing input from NPI, Manufacturing Engineering, Test Engineering, Program Management, and production personnel.

Design & Problem Solving

• Develop creative, often non-standard mechanical solutions to ambiguous tooling and fixturing problems brought forward by NPI, Manufacturing Engineering, Test Engineering, and production teams.
• Analyze design trade-offs across cost, manufacturability, lead time, durability, and end-use functionality to select the right approach for each project.
• Apply first-principles technical judgment — including material behavior, tolerance stack-ups, mechanism design, and failure mode analysis — to tooling that must perform reliably in a production environment.
• Design with the end user in mind. Shop floor operators and technicians are key stakeholders for every tool delivered; successful tooling makes their work easier, faster, and more accurate while reducing physical and cognitive strain.
• Iterate on designs through prototyping, fitting, and field feedback to converge on robust final solutions.

Tooling Design

• Design fixtures, pallets, jigs, and custom tooling in SolidWorks to support PCB assembly, box-build assembly, electrical and functional test, and mechanical processes across the facility.
• Translate PCBA design data (Gerber, ODB++, .tgz, .asc, .emn/.emp) into accurate 2D and 3D representations to support fixture design, using tools such as GerbView and SolidWorks.

Cross-Functional Partnership

• Collaborate closely with Test Engineering to develop test fixture mechanicals — including but not limited to PCBA/DUT locating features, tooling-pin selection, pogo pin layout, single- or dual-sided board access, test actuation mechanism, and enclosures for test equipment.
• Partner with NPI Engineering during new product introductions to define and deliver the tooling required to bring new processes online.
• Support Manufacturing Engineering with fixture refurbishment, modification, and updates as products evolve over their lifecycle.

In-House Fabrication

• Program and operate CNC equipment to fabricate tooling components directly from CAD models, using CAM software (SolidWorks CAM), manual G-code/M-code programming, and Haas CNC mill operation.
• Fabricate completed designs in MEC's machine shop using a full complement of manual and additive equipment — including manual mill and lathe; shear and manual press brake for sheet metal; FDM (Bambulab) and SLA (Formlabs) 3D printers; bandsaws, drill presses, tapping machine, hydraulic knockout punches, surface grinder, and a wide range of hand tools.
• Produce one-off mechanical components and short-run parts for internal teams as needed, including lifetime-buy quantities for end-of-life programs and supply-chain mitigation builds.

Commissioning & Documentation

• Commission and validate completed tooling on the production floor in collaboration with the operators and technicians who will use it, confirming intended function and ease of use after production handoff.
• Maintain technical documentation, drawings, and revision history in accordance with MEC document control practices.

Opportunities for Growth and Development

This role has significant latitude to define and drive continuous improvement initiatives. Opportunities the successful candidate may pursue include:

• Developing a formal work-intake and prioritization system for incoming tooling requests, in partnership with Program Management.
• Leading monthly shop-floor walks to identify continuous improvement opportunities with measurable operational impact.
• Working with Purchasing to in-source current "buy" items for cost reduction and lead-time savings.
• Bringing wave solder pallet design and fabrication in-house to eliminate rework time and reduce dependence on outside suppliers.
• Identifying and leading additional continuous improvement initiatives across the facility.

Required Qualifications

Education and experience — one of the following:

• Bachelor's degree in Mechanical Engineering, Manufacturing Engineering, Engineering Technology, or related discipline, with 5+ years of relevant hands-on tooling design and fabrication experience; OR
• Associate's degree in Mechanical Engineering Technology, Tool & Die, Manufacturing Engineering Technology, or related discipline, with 8+ years of relevant hands-on experience; OR
• 12+ years of demonstrated hands-on experience designing AND fabricating production tooling, fixtures, and jigs, supported by a portfolio of work.

Senior-level Experience

• Demonstrated track record of owning mechanical design projects independently from concept through release, with minimal day-to-day technical oversight.
• Proven experience serving as the primary technical voice on tooling, fixture, or comparable mechanical projects in a cross-functional manufacturing environment.
• Demonstrated ability to make and defend technical decisions when cross-functional stakeholders disagree, and to drive alignment toward a final approach.

Technical Skills And Capabilities

• Strong creative problem-solving skills, with the ability to develop unique, non-standard solutions to ambiguous or highly constrained design problems.
• A genuine willingness to be hands-on in the machine shop and on the production floor.
• Demonstrated proficiency in SolidWorks for parametric solid modeling, assembly modeling, and 2D drawing creation.
• CAM software experience for programming CNC mills from CAD models.
• Fluent operation of manual mill and lathe.
• Proven CNC mill setup, operation, and programming experience.
• Demonstrated ability to read and apply GD&T to interpret customer drawings.
• A willingness and eagerness to learn new tools, software, and processes as the role evolves.
• Strong written and verbal communication skills.
• S. person status required per ITAR (see below).

Preferred Qualifications

• Tool & Die background or equivalent toolmaking craft training.
• Fluency in reading and writing G-code and M-code, with the ability to manually edit CAM-generated programs at the computer or directly at the CNC control.
• Sheet metal fabrication experience, including layout, shearing, and press brake operation.
• Familiarity with 3D printing (FDM and/or SLA) for